1) nonlinear integral coefficient
非线性积分系数
1.
Based on this reason the nonlinear integral coefficient and real time adjusting integral coefficient are constructed,meanwhile this method is applied in the two-order plus time delay system.
由于仿人智能积分控制算法和反积分仿人智能控制算法的积分系数是定值,二者并未充分发挥算法的有效性,引出了改进仿人智能控制算法,在此基础上构造了非线性积分系数和实时整定积分系数。
3) nonlinear coefficient
非线性系数
1.
Research on dispersion compensating property and nonlinear coefficient of photonic crystal fibers;
光子晶体光纤色散补偿特性和非线性系数的研究
2.
Z-scan Technology Mensuration About Nonlinear Coefficient of Cu(mpo)_2;
Z-扫描技术对Cu(mpo)_2非线性系数的测定
3.
We obtain the transmission coefficient and incidence amplitude of wave by iterating the difference equation,and investigate the variation of transmitting incidence amplitude under the condition of different nonlinear coefficient.
把非线性薛定谔方程转化成二阶差分方程,通过迭代此差分方程得到入射波幅和透射系数,讨论了非线性系数不同时可透射的入射波幅的变化。
4) nonlinearity coefficient
非线性系数
1.
Based on the all-vector model,we research the effect of different structure parameters on the nonlinearity coefficient of photonic crystal fiber(PCF) with hexagonal shape.
本文根据全矢量模型对六角形光子晶体光纤(PCF)的各种结构参数对基模非线性系数的影响进行数值研究,数值研究发现,增大空气孔的直径d或者减小空气孔的间距Λ都会使非线性系数增大,这将对设计不同要求的非线性微结构光纤提供有效的理论依据。
2.
The nonlinearity coefficient of microstructured optical fibers(MOFs) is a quantity of great importance in devices based on the nonlinearity of the fibers.
在基于微结构光纤(MOFs)的非线性装置中,光纤的非线性系数是一个很重要的参数,它受包层空气孔不均匀性的影响。
3.
Based on the all-vector model,the effect of different structure parameters on the nonlinearity coefficient of photonic crystal fiber (PCF) with hexagonal shape is researched in this paper.
本文根据全矢量模型首先对背景材料取为silica材料的六角形光子晶体光纤(PCF)结构,在不同空气孔直径下对基模非线性系数的影响进行数值研究,在此基础上,进一步将光子晶体背景材料折射率取为-1。
5) non-linear coefficient
非线性系数
1.
Forα-SiC,the resistivityρ 0 is decreased and the non-linear coefficientβis increased with the increasing of SiC powder size,whereas the resistivityρ 0 is increased and the non-linear coefficientβis decreased with the decreasing of SiC powder size.
前人研究结果表明,对于α-SiC,颗粒越粗,电阻率ρ0越低、非线性系数β越大;颗粒越细,电阻率ρ0越高、非线性系数β越小;不同种类,不同工厂生产的碳化硅的电阻率ρ0和非线性系数β是不同的;α-SiC制成防晕带后电阻率升高,β值下降,颗粒越粗,β值下降越大;防晕带与粉料的非线性性质有相似的规律,而β-SiC具有比α-SiC低得多的电阻率和较大的非线性系数,并且其电阻率和非线性系数受到粉料的粒径、合成温度和涂层有机物含量等因素的直接影响。
2.
The resistivity and the non-linear coefficient of SiC can be modified by changing the silica(SiO 2 )content on SiC powder surface.
碳化硅 (SiC)的体积电阻率 ρv 和非线性系数 β 与SiC粉料表面二氧化硅 (SiO2)的含量有直接关系。
3.
89×10 7 Ω·m,non-linear coefficient ofα-SiC anti_corona system increase to1.
为开发优良的防电晕材料,利用电阻率较小、非线性系数较大的β-碳化硅(β-SiC)加入α-碳化硅(α-SiC)防晕体系,结果表明随加入量的增加,电阻率降低,从不掺杂β-SiC时的7。
6) nonlinear exponent
非线性系数
1.
By measuring the properties of I-V,nonlinear exponent and apparent dielectric constant,effects of burying sintering process were investigated comparing with those of traditional sintering process on electrical properties of TiO_2 multifunction ceramics.
通过I-V特性、非线性系数、介电常数的测量,研究埋烧与裸烧工艺对TiO2陶瓷的电性能的影响。
2.
It is found that the breakdown voltage, nonlinear exponent and apparent dielectric constant of the samples showed definite regularity respectively when the Ta_2O_5content altered.
结果表明,随着Ta2O5的摩尔分数的增加,样品的压敏电压、非线性系数和视在介电常数呈现一定的变化规律,掺入摩尔分数为0。
3.
It was measured with breakdown voltage, nonlinear exponent, complex impedance, I-V, barrier height, dielectric constant and dissipation.
通过压敏电压、非线性系数、复阻抗特性、伏安特性、势垒高度、介电频率特性和损耗频率特性的测定,研究了一次烧成、粉料预烧及预烧方式对TiO2基压敏陶瓷电性能的不同影响。
补充资料：非线性积分方程
非线性积分方程
-linear integral equation
非线性积分方程[朋一血臼rin魄间闰.。佣;业皿He一uoe朋砚rpa月‘Hoe冲姗eHHe」 非线性地包含未知函数的积分方程(in哑间闪业-tion)、下面引述在各种应用问题的研究中经常遇到的非线性积分方程的基本类，它们的理论在一定程度上已有相当好的发展. 一个重要的例子是为.coH方程(Urysohn闪Ua-山n) ，(:)一、丁、:x，s，，(、):过:，x。。，(l) O这里O是一个有限维Euclid空间中的闭有界集，K〔x，:，t1是一个给定的函数，称为核，它是对x，s‘。，一田
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参考词条